Sustainable, Open-Source Furniture That Anyone Can Build - Yanko Design
Briefly

Sustainable, Open-Source Furniture That Anyone Can Build - Yanko Design
"Few objects capture the balance of simplicity and innovation quite like the ModusChair. Born from the original 2019 chair by Matheus Gouvêa Servare, this reimagined version translates the spirit of its predecessor into a model designed for modern production, accessibility, and sustainability. The redesign embraces the precision of CNC milling and the ingenuity of interlocking joints, eliminating the need for nails, screws, or glue. The result is a piece of furniture that is both mechanically elegant and remarkably approachable."
"At first glance, the ModusChair seems almost minimalist in its construction. Built from just five ribs, a seat, and a backrest, it celebrates restraint while ensuring comfort and usability. Its clean geometry and structural efficiency give it a distinctive identity, functional yet quietly striking. By relying on interlocking joints, the chair not only simplifies assembly but also makes disassembly intuitive, reinforcing its adaptability for diverse environments."
"While the ModusChair maintains the DNA of Servare's original concept, a chair designed to be used comfortably on stairs, its new form expands the idea into something more versatile. It is no longer confined to a single setting but becomes a modular seating solution that can adapt to the shifting needs of public and private spaces alike. Whether installed in amphitheatres, auditoriums, or stairway seating areas, the chair can be securely positioned on most stair structures, offering stable and ergonomic seating without altering the architecture."
ModusChair reimagines a 2019 concept into a production-ready, accessible, and sustainable seating solution. The design uses CNC milling and interlocking joints to eliminate nails, screws, and glue, enabling simple assembly and disassembly. The chair is constructed from five ribs, a seat, and a backrest, combining minimal parts with structural efficiency for comfort and usability. Clean geometry and mechanical elegance provide a distinctive yet unobtrusive aesthetic. The form adapts beyond stairs into modular seating for amphitheatres, auditoriums, and public or private spaces, allowing secure positioning on most stair structures. Files are open-source to enable reproduction and experimentation.
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